Northwestern team scales high-entropy alloy nanoparticle design to millions of particles

A Northwestern University-led team has reported a synthesis method that can tune both the composition and surface structure of high-entropy alloy nanoparticles, then scale the process to millions of particles on a chip. The advance could make it easier to identify catalysts for clean hydrogen, energy storage and other chemical processes.

By |2026-04-26T02:16:24+00:00April 26th, 2026|News|

April 12, 2026: Arsenic-Lined MOF Gives Rhodium Catalysts a More Stable Home

Researchers reported a metal-organic framework that anchors arsenic-based ligands around rhodium, improving hydroformylation yield and selectivity while sharply reducing arsenic leaching. The result could make a long-discussed catalyst design more practical for industrial chemistry.

By |2026-04-13T00:35:41+00:00April 13th, 2026|News|
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